The Internet of Nanomedicine Things

Abstract

In contrast to the existent proposal called Internet of Bio-nano Things (IBNT), in this paper is proposed the Internet of NanoMedicine Things (INMT) whose main action is to cure diseases through hardware-software interfaces. To accomplish this, it is expected to use advanced multi task chip that offers a diversity of advantages once has been implanted in human body. This paper in particular centers in the prospective Neuralink chip that can also be used as an antenna running at the lowest but efficient electromagnetic radiation. Thus, patients exhibiting a malfunction of neurotransmitters at the process of synapse would be reflected at the apparition of diseases as Alzheimer, dementia, epilepsy among others. By knowing that Glutamate, one of the main neurotransmitters has a negative electric charge, then external electromagnetic fields can exert on them forces that would restore the synapse action. Therefore, the INMT would detain the progress of neurodegenerative disorders by which one might to expect fast improvement in comparison to pharmacological schemes that might to add toxicity to patients. This paper presents the theoretical grounds of this prospective technology.